Gel dosimetry was developed in the 1990s in response to a growing need for methods to
validate the radiation dose distribution delivered to cancer patients receiving high-precision …

Advances in radiotherapy technology during the last 25 years have significantly improved
both dose conformation to tumors and the preservation of healthy tissues, achieving almost …

Radiotherapy has rapidly improved because of the use of new equipment and techniques.
Hence, the appeal for a feasible and accurate three-dimensional (3D) dosimetry system has …

This work describes the measurements of the ionizing radiation dose and the determination
of the radiation isocenter using a tool consisting of three-dimensional polymer gel …

Radiation-sensitive gels are among the most recent and promising developments for
radiation therapy (RT) dosimetry. RT dosimetry has the twofold goal of ensuring the quality …

The effect of inorganic salts, non-transition metal chlorides, on the dose sensitivity of
methacrylic-acid-based polymer gel dosimeter is investigated. Dose-R2 responses are …

This work reports on a new type of combined radiochromic ionizing radiation dosimeter for
radiotherapy. The LCV‐Pluronic F‐127 serves for this purpose, which is a leuco crystal violet …

This work reviews the issue of determining the radiation isocenter for quality assurance tests
of medical accelerators. High resolution 3D polymer gel dosimetry is employed, which is …

Purpose Advanced 3D dosimetry is required for verifications of complex dose distributions in
modern radiotherapy. Two 3D polymer gel dosimeters, coupled with magnetic resonance …

This work presents an improvement of the VIPAR nd ('nd'stands for'normoxic, double', or
VIP) polymer gel dosimeter. The gel composition was altered by increasing the …